Aiming High Mechanics for both ASLevel and ALevel students ISBN13: 9781874428227 PUB PRICE £8
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Contents of Aiming High : MECHANICS
(A & AS) Topic 1: Modelling Forces Section 1: Simple mathematical models Section 2: Newtonian Mechanics (drawing force diagrams) Section 3: Forces as vectors (graphical methods: adding forces, components of forces, resultants of forces) Section 4: Components of forces Section 5: Resultants of systems of forces (A & AS) Topic 2: Working with i,j vectors Section 1: Introducing unit vectors i,j Section 2: Adding and subtracting vectors Section 3: Position vectors (A & AS) Topic 3: Particles in Equilibrium Section 1: Equilibrium (particles on strings and on planes, mass and weight, working out angles) Section 2: Connected particles Section 4: Calculating exact values (sin, cos, tan of 30°, 45°, 60°, α = tan1 3/4 etc) (A & AS) Topic 4: Motion in a Straight Line Section 1: Distance, displacement, speed and velocity Section 2: (t,x) and (t,v) graphs, constant speed, average speed Section 3: Constant acceleration formulae (uvats) and graphs Section 4: Graphs and uvats (A & AS) Topic 5: Newton's Second Law: F = ma Section 1: Modern kinetics Section 2: A variety of moving problems (lifts, motion on an inclined plane, connected particles on planes) Section 3: Vector problems (A & AS): Topic 6: Kinematics and Calculus Section 1: Variable acceleration Section 2: Working with uvats and vectors (A Level only) Topic 7: Yet More Vectors Section 1: Vectors and Calculus (A Level only) Topic 8: Working with friction Section 1: Introducing friction Section 2: Rough inclined planes Section 3: Calculating exact values Section 4: Motion with friction (A Level only) Topic 9: Working with Moments Section 1: The turning effect of forces Section 2: Parallel forces Section 3: Parallel forces in equilibrium Section 4: Nonparallel forces in equilibrium Section 5: Rigid body equilibrium Section 6: Liniting and nonlimiting friction (ALevel only): Topic 10: Projectiles Section 1: Horizontal projection Section 2: Projection at an angle Section 3:The path of a projectile Exam Revision Questions
